Heets Arbor Pearl

Heets Arbor Pearl defines premium tobacco heating sticks crafted by HEETS for IQOS devices. Each pack contains 20 precisely engineered sticks, delivering 14 satisfying puffs per stick with 0.5mg nicotine content. Measuring 162 x 75 x 47mm and weighing 240 grams per box, these heating sticks come in a carton of 20 packs, totaling 200 sticks. Compatible with IQOS 3 DUO Originals, IQOS 3 Duo Kits, IQOS 3 Holders, IQOS 3 Multi, and IQOS lil Solid 2.0, Heets Arbor Pearl originates from Kazakhstan. This product joins eight distinct flavors in the HEETS lineup, offering users a refined tobacco heating experience.

Key Features of Heets Arbor Pearl

Premium tobacco heating sticks designed for optimal satisfaction and consistent performance.

• Precise Engineering: Advanced manufacturing ensures uniform heating and flavor delivery
• Consistent Quality: Standardized tobacco blend maintains flavor consistency
• Optimal Duration: Each stick provides 14 full puffs of satisfaction
• Premium Materials: High-grade tobacco and materials ensure safety
• Universal Compatibility: Works seamlessly with multiple IQOS devices

Why Choose Heets Arbor Pearl

Superior quality tobacco heating sticks offering refined flavor and reliable performance.

• Authentic Tobacco Experience: Pure tobacco flavor without combustion
• Controlled Nicotine Delivery: 0.5mg per stick for balanced satisfaction
• Convenient Packaging: Practical design protects sticks and ensures freshness
• Quality Assurance: Rigorous testing guarantees product standards
• Extended Usage: 200 sticks per carton provides long-lasting enjoyment

Heets Arbor Pearl Delivery in Dubai, UAE

Premium IQOS Heets and Terea service provider in UAE since 2013, delivering satisfaction across Emirates. Fast delivery service covers Dubai, Abu Dhabi, Sharjah, Fujairah, Ajman, Al Ain, Ras Al Khaimah, and Umm Al Quwain. Fast delivery service ensures orders reach customers within 2 hours. Our professional team ensures prompt, reliable service while maintaining product quality during transport.